98481-420LF

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The 98481-420LF connector, also known as a rectangular connectors, is a versatile and robust piece of technology usually used in a variety of applications. The rectangular design is durable, easy to install, and can be adapted for a wide range of applications. It has been designed to handle both digital and analog signals and is capable of terminating fine pitch circuits, and is commonly used in the telecommunications industry.The 98481-420LF connector is composed of two main parts, the header and the male pins. The header is the main body of the connector, and is made from plastic. It typically has four rows, each with ten pins in a 2.5 mm square array. The pins protrude from both sides of the header to the male pins, which are also called pins, blades, or terminals. These pins are generally made of brass and have a 0.7mm pitch, that fits into a keyed slot on the header. The male pins provide a gas-tight, low contact resistance connection, which allows for an accurate and reliable transmission of data.The 98481-420LF is designed to be used with digital and analog signals and can be used for both low and high-power applications. It is designed to provide shielding and noise reduction as well as low crosstalk levels. Additionally, the connector is corrosion-resistant and has the ability to withstand extreme temperatures, vibrations, and mechanical shock.The working principle of the 98481-420LF connector is relatively simple. It functions by completing an electrical circuit between the header pins and the male ones. This is done through the process of conduction, where electrical current is passed through the metal surfaces of the pins. The pins act as a bridge and allow the current to flow between the connected devices. This process enables a reliable and prompt transmission of data.Overall, the 98481-420LF connector is an efficient and reliable piece of technology that can be used in a variety of applications. Its durable design and low contact resistance make it ideal for applications which require precise signal transmission. Its wide variety of applications and adaptability make it a popular choice for engineers and technicians.

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